2010
is the year of 3D entertainment by all accounts. 3D TVs and Blu-ray
players are coming to the marketplace and the consumer market is
starting to embrace 3D in the home. 3D films are also hitting
theaters in increasing numbers, raising the profile of 3D technology
even further.

The biggest film to ever hit 3D and the most
successful movie at the box office ever was James Cameron's Avatar.
Avatar
broke box office records around the world and the sales of the film
on Blu-ray are breaking
home entertainment records as well. James Cameron's name is
synonymous with 3D today thanks to the success of the Avatar
film.

Cameron has now teamed up with NASA to help design
a 3D camera that will be placed aboard the next Mars rover
dubbed Curiosity. Curiosity is currently slated to launch towards
Mars in 2011. Plans for a 3D camera aboard the rover were reportedly
scrapped due to budget concerns earlier in the project.

CNET
News
reports that Cameron stepped in and convinced NASA to include the 3D
camera on the rover. CBS
News reports
that Cameron explained to NASA administrators that a rover with a 3D
camera would help people connect with the mission.

The new
3D camera is now being built by Malin Space Science Systems and lists
Cameron as a co-investigator in the project. The Curiosity rover has
the official name Mars Science Laboratory and it is being sent to
Mars to study whether or not the planet has or could support
microbial life.

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Because the bandwidth from that distance would be minuscule. And that doesn't take into account the signal travel time either which if I remember correctly is 20 around 20 minutes when Mars is closest to us). So you can forget about "live" coverage.But something here doesn't add up... NASA had created 3D terrain maps of the landing sites before. As well as posting 3D images that could be seen with red/blue glasses. This article makes it sound like NASA has never taken 3D images of the surface, which is not true.

You're right, it would get here, but it would have to be really low res and highly compressed. Think about the distance that signal would have to travel, I'm guessing just to get DVD quality you'd need either a huge dish on Mars, or transmitter with massive amounts of power. A rover isn't going to have either.

Yeah, use really low resolution and frame rates. Even then, without a network of relay stations, you can't transmit constantly since the rover or satellite has to have line of sight to the Earth. For a point of reference, using the Odyssey orbiter as a relay the Spirit rover is capable of 256kbps. The cameras on Spirit have a 1 megapixel resolution, and the images are compressed to about 1 bit/pixel using a very efficient algorithm.

Basically, you could either build a rover to do science missions and share the images with the public once they come in, or say screw the science, let's blow all the bandwidth with a $500M mobile webcam.

Though you assume incorrectly about how much badwidth is needed. On a webcam a proper algorithm (even an older one; H263) at 240*360 you can get 5-10FPS @ 26kbps. Detail is obviously not going to be crisp, but there is an AWEFUL lot more you can do with compression video, esp video of an area like the surface of Mars than many people think. I frame, motion compensation, dozens of different techniques to make an image better, and h263 is older than half the readers here! If you don't believe me, get on a dialup connection, install Netmeeting, and see how well it works.

H264 does an even better job rendering a higher SnR at the same bit-rates. I'm not saying that they should use it as a webcam, nor am I saying it would be practical, but given even half the bandwidth you're saying (128) you can have a 640*480 image at 5fps with relatively low levels of artifacts.

"So, I think the same thing of the music industry. They can't say that they're losing money, you know what I'm saying. They just probably don't have the same surplus that they had." -- Wu-Tang Clan founder RZA